User`s guide

2-30
GPIB Tutorial and Examples
Program 2
540 Leveltol=1 !Power tolerence to indicate TX Level has settled
after change (dB)
550 Fpthreshold=.3 !Power tolerence for fast power measurement after ana-
lyzer channel change (dB)
560 !
570 !======================================================================
580 !
590 !MEASUREMENT POINTS ARE DEFINED IN THIS SECTION
600 !
610 !Bit error ratio test
620 !
630 Numberpwr=1 !The number of downlink power levels for bit error
test
640 Berpwr(1)=-102 !The power level in dBm of the first downlink power.
Etc....
650 Bits1=10000 !The number of bits to test at each ARFCN/Power com-
bination
660 Numberarfcn=3 !The number of ARFCN for bit error test
670 Berarfcn(1)=1 !The value of the first ARFCN. Etc....
680 Berarfcn(2)=65
690 Berarfcn(3)=124
700 !
710 !
720 !NOTE: with hopping call method used in this program, no two ARFCN in either DSP
or Fast Power
730 ! should be placed too close together. Closely spaced ARFCN will allow
unwanted energy to
740 ! to fall within the Agilent 8922M/S IF bandwidth and RF rise trigger on the
wrong timeslot.
750 ! Expect DSP FM Errors if this happens.
760 !
770 !DSP measurememnts
780 !
790 Numdsppwr=3 !The number of mobile TX Levels for DSP test
800 Dsppwr(1)=5 !The value of the first TX Level. Etc...
810 Dsppwr(2)=10
820 Dsppwr(3)=15
830 Numdsparfcn=3 !The number of ARFCN for DSP test
840 Dsparfcn(1)=1 !The value of the first ARFCN. Etc....
850 Dsparfcn(2)=65
860 Dsparfcn(3)=124
870 !
880 !Fast Power measurements
890 !
900 Numfppwr=8 !The number of mobile TX Levels for fast power test
910 Fppwr(1)=6 !The value of the first TX Level. Etc....
920 Fppwr(2)=7
930 Fppwr(3)=8
940 Fppwr(4)=9
950 Fppwr(5)=11
960 Fppwr(6)=12
970 Fppwr(7)=13
980 Fppwr(8)=14
990 Numfparfcn=3 !The number of ARFCN for fast power test
1000 Fparfcn(1)=1 !The value of the first ARFCN. Etc...
1010 Fparfcn(2)=65
1020 Fparfcn(3)=124
1030 !
1040 !=========================================================================
1050 !
1060 !PRINT MESSAGES ARE DEFINED BELOW
1070 !
1080 Message$(1)=”Answer call when mobile rings”
1090 Message$(2)=”Would you like to test again? (y or n)”
1100 Message$(3)=”Results from Fast Power Measurement”
1110 Message$(4)=”ARFCN TXLEV POWER dBm”
1120 Message$(5)=”Results from Power, Power vs Time & Modulation Measurements”
1130 Message$(6)=”ARFCN TXLEV POWER dBm Pk & RMS PHASE FREQ ERROR MASK”